Coaxial Lightning Arrester UHF Female-to-Female SO-239
4.6Editor score
Brass nickel plated outer conductor
Low insertion loss performance
Wide range compatibility
In this guide
Protecting your valuable electronic equipment from unpredictable weather events is crucial for any serious operator or homeowner. An antenna lightning arrestor serves as the first line of defense against dangerous voltage spikes that can travel through coaxial cables and destroy sensitive receivers. Choosing the right device ensures your systems remain operational even during severe thunderstorms.
We have carefully evaluated the leading models available on the market to bring you a curated list of the most reliable options. Our comparison focuses on critical technical specifications such as impedance matching, frequency range, and construction quality. This approach helps you identify the specific device that fits your unique antenna system requirements without guesswork.
Each selection in this guide highlights distinct advantages suited for different applications ranging from mobile setups to base stations. You will find detailed breakdowns of features, pros, and cons to help you make an informed decision quickly. Please note that availability and specific terms may vary over time so always verify current details before purchasing.
Top 3 Picks for Best Antenna Lightning Arrestor
Proxicast ProGrade 230V Coaxial Lightning Arrester UHF SO-239
4.6Editor score
230V gas discharge tube
Bi-directional protection
Very low RF insertion loss
Diamond Antenna SP3000 Lightning Arrester 200W
4.8Editor score
DC to 3000 MHz range
Impulse wave discharge 1000 V
High power handling
Top 10 Best Antenna Lightning Arrestor in 2026 Compared
The following table provides a side-by-side overview of all ten products evaluated in this guide. We have extracted key specifications to help you quickly identify the model that matches your connector type and frequency needs.
ProductsSpecificationsEditor scorePrice
Editor's Choice
Proxicast ProGrade UHF SO-239
UHF SO-239 connectors
50 Ohm impedance
230V gas discharge tube
DC pass-through capability
4.6Editor score
Editor's Choice
Diamond Antenna SP1000 SP-Series
Wideband capability
Less than 0.3 dB loss
Replaceable surge element
Weather-resistant materials
4.6Editor score
Best Premium
Proxicast ProGrade N-Male N-Female
N-Male N-Female connectors
DC to 6 GHz range
Bulkhead panel mountable
230V gas discharge tube
4.4Editor score
N Type Lightning Arrestor 0 to 6 GHz
N-Male N-Female connectors
DC to 6 GHz performance
Low insertion loss
Replaceable 90V tube
4.7Editor score
XRDS-RF UHF Lightning Arrestor PL-259
UHF female to female
Less than 0.4 dB loss
Brass nickel plated body
DC to 500 MHz
4.6Editor score
Coaxial Lightning Arrester UHF Female-to-Female
UHF female connectors
Brass nickel plated
PTFE insulating material
Gas discharge tube protection
4.6Editor score
Lightning ARRESTOR Workman A28
PL-259 Male/Female
Ground screw on side
Simple surge diversion
Coaxial cable protection
4.5Editor score
RAIGEN Lightning Arrestor N-Type
N-Type Male to Female
0 to 6 GHz range
Replaceable 90V tube
Ground lug included
4.8Editor score
Proxicast ProGrade F-Male Female
F-Type Male Female connectors
75 Ohm impedance
TV Satellite compatible
230V gas discharge tube
4.5Editor score
Diamond Antenna SP3000 Lightning Arrester
N-Type Female Female
DC to 3000 MHz
200W power rating
1000 V discharge
4.8Editor score
1. Proxicast ProGrade 230V Coaxial Lightning Arrester UHF SO-239 – Best Overall Antenna Lightning Arrestor
Proxicast ProGrade 230V Coaxial Lightning Arrester UHF SO-239
UHF SO-239 connectors
50 Ohm impedance
230V gas discharge
Bi-directional protection
This Proxicast model stands out as a top contender for those needing robust protection for VHF and UHF systems. With a solid rating and a focus on very low signal attenuation it ensures your communications remain clear. The 230V gas discharge tube offers reliable multi-strike capability to shunt damaging energy safely to ground.
Pros
- Very low RF insertion loss
- Suitable for in-line use
- High quality construction
- Outdoor rated durability
Cons
- Requires separate ground cable
- Limited connector types
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The bi-directional protection design allows it to be used effectively in various installation scenarios without compromising performance. Its 50 Ohm impedance matches standard coaxial systems perfectly preventing signal reflections. The high quality construction materials ensure it can withstand the rigors of outdoor installation over many years.
While it performs exceptionally well you will need to provide your own grounding cable to complete the safety loop. The connectors are specific to SO-239 standards which limits its use to certain antenna types. These trade-offs are acceptable given the low cost and high reliability for standard ham and CB setups.
Anyone looking for a dependable surge protector for base or mobile two-way radios should consider this unit highly. It provides peace of mind by directing high voltage energy away from your valuable transceivers. We recommend installing it as close to the equipment as possible for maximum effectiveness.
Low Signal Attenuation
The device maintains a very low RF insertion loss ensuring your signal strength remains strong.
Multi-Strike Capability
Built with a gas discharge tube that can handle multiple surges without failing immediately.
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2. Diamond Antenna SP1000 SP-Series Lightning Arrester – Reliable Base Station Protection
Diamond Antenna SP1000 SP-Series Lightning Arrester
Wideband capability
Less than 0.3 dB loss
Replaceable surge element
Impulse wave 6000 Amps
The Diamond Antenna SP1000 is engineered to safeguard mobile and base station antennas from damaging lightning induced surges. It is compatible with Diamond SP-Series antennas and other coaxial lines making it a versatile choice. The wideband capability ensures performance across a broad range of frequencies without significant degradation.
Pros
- Minimal signal loss
- Weather-resistant materials
- Easy to install
- Maintains signal integrity
Cons
- Higher cost than basic models
- Specific to Diamond series
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One of its strongest features is the extremely low insertion loss of less than 0.3 dB which preserves signal quality. The replaceable surge arrester element adds long-term value by allowing maintenance instead of full replacement. Constructed with durable weather-resistant materials it is built for long-term outdoor exposure on towers and vehicles.
You may find the price point higher than generic options but the build quality justifies the investment for critical systems. While it is optimized for Diamond antennas it works well with standard coaxial connections. The ease of installation makes it accessible for operators who want quick and dependable protection.
This arrester is an essential accessory for safety-conscious amateur radio operators who prioritize equipment longevity. It directs high voltage energy safely to ground keeping your transceivers safe during storms. We suggest pairing it with a robust grounding system for the best possible protection outcome.
Replaceable Element
The surge arrester element is replaceable which extends the life of the device significantly.
Durable Build
Weather-resistant materials ensure it withstands outdoor exposure without corroding easily.
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3. Proxicast ProGrade 230V Coaxial Lightning Arrester N-Male N-Female – Versatile Cellular Defense
Proxicast ProGrade 230V Coaxial Lightning Arrester N-Male N-Female
N-Male N-Female connectors
DC to 6 GHz range
Bulkhead panel mountable
230V gas discharge tube
This Proxicast unit is designed with reliable wide-band performance spanning from DC up to 6 GHz. It is perfect for safeguarding 4G and 5G cellular modems as well as WiFi access points. The N-Male and N-Female connectors make it a great fit for many outdoor wireless setups.
Pros
- Wide-band performance
- Outdoor mountable design
- Very low RF loss
- Multi-strike capability
Cons
- Requires external grounding
- Installation needs panel drilling
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The bulkhead and panel mountable design allows for a clean installation directly on a wall or enclosure. Its bi-directional protection ensures that surges are diverted regardless of the signal flow direction. The very low RF insertion loss means your data speeds and signal strength remain unaffected by the device.
Like many surge protectors it requires you to connect a ground wire to Earth ground which can add to installation time. The panel mounting might require drilling if you do not have an existing bulkhead port. These are standard requirements for effective lightning protection and should be expected.
If you are protecting expensive cellular routers or Helium miners this arrester provides the necessary safety layer. It shunts damaging surges and lightning energy to ground preventing costly equipment failures. We recommend installing it at the point where the cable enters your building or enclosure.
Wide Frequency Range
Supports devices from DC to 6 GHz covering modern cellular and WiFi standards effectively.
Robust Protection
Multi-strike capability ensures it can handle repeated surges without immediate failure.
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4. N Type Lightning Arrestor 0 to 6 GHz – Broadband RF Safety
N Type Lightning Arrestor 0 to 6 GHz
N-Male N-Female connectors
DC to 6 GHz range
Low insertion loss
Replaceable 90V tube
This N-Type lightning arrestor delivers reliable wide-band performance covering frequencies from DC to 6 GHz. It is highly effective at protecting HAM radio equipment and GPS receivers from voltage spikes. The bi-directional protection ensures that surges are managed effectively regardless of signal flow.
Pros
- Reliable wide-band performance
- High quality construction
- Suitable for GPS receivers
- Bi-directional protection
Cons
- Ground cable not included
- Specific connector type
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The construction is high quality with a focus on maintaining low insertion loss to preserve signal integrity. It is designed for bulkhead panel or outdoor mounting which fits many standard installation scenarios. The replaceable 90V gas discharge tube offers a practical solution for long-term maintenance and use.
You will need to provide your own ground cable to complete the protection path which is a common requirement. The specific N-Male and N-Female connectors mean you must match your existing cabling before purchasing. These constraints are standard for this type of device and do not detract from its performance.
Anyone with outdoor antennas for cellular or radio applications will find this unit very useful. It prevents equipment damage from lightning strikes by diverting high voltage energy safely. We suggest pairing it with a reliable grounding point for the safest possible setup.
Broad Compatibility
Protects a wide range of devices including GPS cellular boosters and HAM radios.
Easy Replacement
The gas discharge tube is replaceable so you can maintain the device over time.
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5. XRDS-RF UHF Lightning Arrestor PL-259 – Solid Ham Radio Choice
XRDS-RF UHF Lightning Arrestor PL-259
UHF female to female
Less than 0.4 dB loss
Brass nickel plated body
DC to 500 MHz
This XRDS-RF model is built with high quality construction that includes a brass nickel plated body. It is designed for low loss and low VSWR making it ideal for CB and Ham radio setups. The UHF female to female connectors make it easy to integrate into existing coaxial systems.
Pros
- Low VSWR performance
- High quality construction
- Easy to install
- Protects valuable equipment
Cons
- Frequency range limited to 500 MHz
- Ground cable not included
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The reliable frequency-band performance covers DC to 500 MHz which fits many traditional radio applications. It requires a ground cable to function properly and this should be installed between the amplifier and outdoor antenna. The easy installation process allows for quick setup without needing specialized tools or skills.
The frequency range is limited to 500 MHz which means it is not suitable for high frequency cellular or WiFi systems. You will also need to buy a ground cable separately to complete the safety loop. These are manageable trade-offs for users focused on traditional radio bands.
If you operate a base station or mobile CB radio this arrestor is a great solution. It protects your equipment from dangerous lightning strikes and electrical surges effectively. We recommend ensuring a solid ground connection to maximize the protection it offers.
Low VSWR Design
The VSWR is less than 1.2 ensuring minimal signal reflection and loss.
Durable Materials
Brass nickel plated body provides corrosion resistance for outdoor environments.
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6. Coaxial Lightning Arrester UHF Female-to-Female SO-239 – Cost-Effective Option
Coaxial Lightning Arrester UHF Female-to-Female SO-239
UHF female connectors
Brass nickel plated
PTFE insulating material
Gas discharge tube protection
This coaxial lightning arrester offers a flexible and durable design suitable for all-weather outdoor use. The brass nickel-plated outer conductor improves hardness and corrosion resistance which is vital for outdoor installations. It utilizes gas discharge tubes to divert surges when sudden currents occur in the line.
Pros
- Flexible and durable
- Safety and security design
- Wide range compatibility
- Easy to install
Cons
- Basic feature set
- Ground cable not provided
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The superior performance includes a wide bandwidth and low insertion loss which helps maintain signal quality. It is widely compatible with GSM base stations satellite reception and GPS equipment. The easy to install design allows it to be mounted through an enclosure wall with simple structure.
The feature set is basic compared to premium models but it provides essential protection at a low cost. You will need to connect it to a ground wire to ensure it diverts lightning energy safely. This requirement is standard for all arrestors and ensures maximum safety for your equipment.
For budget-conscious users needing reliable protection for home electrical equipment this is an excellent choice. It ensures an uninterrupted connection by shielding your devices from unpredictable external interference. We suggest installing it near the point of entry to the building for best results.
Corrosion Resistance
Brass nickel plating ensures the device survives harsh outdoor weather conditions.
Wide Compatibility
Works with GSM satellite and GPS equipment making it a versatile option.
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7. Lightning ARRESTOR Workman A28 – Simple Solution for CB and Ham
Lightning ARRESTOR Workman A28
PL-259 Male/Female
Ground screw on side
Surge diversion design
Coaxial cable protection
The Workman A28 is designed for CB or Ham base antennas to protect against voltage spikes. It features PL-259 Male and Female connectors on each end for direct cable connection. The ground screw on the side makes it easy to attach a grounding wire securely.
Pros
- Ground screw for easy grounding
- Fits CB and Ham antennas
- Simple installation process
- Affordable price point
Cons
- Basic build quality
- Limited advanced features
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This unit is designed to attach between your radio and antenna to divert surge current away from sensitive gear. Its simple design means there are fewer points of failure and it is easy to inspect. It is a practical choice for those needing basic protection without complex features.
The build quality is basic compared to more expensive models which may limit its long term durability. It lacks advanced features like replaceable tubes or wide frequency support beyond standard RF bands. However for standard CB and HAM use it offers a functional and straightforward protection solution.
If you need a straightforward way to protect your CB or Ham radio from surges this is a good option. The ground screw simplifies the installation process significantly. We recommend checking connections periodically to ensure the grounding path remains secure over time.
Easy Grounding
The ground screw on the side allows for quick and secure grounding wire attachment.
Direct Fit
PL-259 connectors match standard CB and Ham coaxial cables perfectly.
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8. RAIGEN Lightning Arrestor N-Type – Modern IoT and Cellular Shield
RAIGEN Lightning Arrestor N-Type
N-Type Male to Female
0 to 6 GHz range
Replaceable 90V tube
Ground lug included
The RAIGEN lightning arrestor is designed for professional outdoor deployments and modern IoT devices. It protects cell signal boosters LoRaWAN gateways and outdoor WiFi access points effectively. The wide-band 0 to 6 GHz performance ensures it covers a vast array of wireless technologies.
Pros
- Protects modern devices
- Professional outdoor build
- Ground lug included
- Very low insertion loss
Cons
- Ground cable sold separately
- Higher price point
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Built for permanent outdoor mounting it features a heavy-duty brass nickel-plated body that withstands weather. The ground lug included with the unit simplifies the bonding process to a building ground system. Its replaceable 90V gas discharge tube allows for maintenance after a major surge event.
The ground cable is not included which is a common oversight in installation planning for buyers. The price is higher than basic models but the inclusion of a ground lug adds value. These trade-offs are minor given the high rating and robust construction for professional use.
This unit is ideal for IT installers and smart agriculture deployments needing reliable surge protection. It keeps your signal strong with less than 0.1 dB insertion loss to maintain performance. We recommend installing it near the entry point to the building for best protection.
Professional Grade Build
Brass nickel plated body ensures durability for permanent outdoor mounting.
Wide Device Support
Protects everything from LoRaWAN gateways to cell boosters and Ham radios.
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9. Proxicast ProGrade 230V Coaxial Lightning Arrester F-Male Female – TV and Satellite Safe
Proxicast ProGrade 230V Coaxial Lightning Arrester F-Male Female
F-Type Male Female connectors
75 Ohm impedance
TV Satellite compatible
230V gas discharge tube
This Proxicast model is designed specifically for TV satellite AM FM antennas and cable internet use. It features F-Type Male and Female connectors which are standard for RG6 and RG59 cables. The 75 Ohm impedance matches TV systems perfectly ensuring no signal reflections occur.
Pros
- Designed for TV and Satellite
- Bi-directional protection
- Outdoor rated durability
- Low RF insertion loss
Cons
- Requires grounding cable
- Impedance mismatch risk
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The 230V gas discharge tube provides reliable multi-strike capability to shunt damaging energy to ground. It is suitable for in-line use and outdoor rated to withstand exposure to elements. The very low RF insertion loss ensures your TV picture and internet speeds remain unaffected.
You must connect it to earth ground with a separate cable to ensure full protection. If used on a 50 Ohm system it may cause impedance mismatches so check your antenna type first. These requirements are standard for surge protection and are manageable with proper planning.
If you have a satellite dish or cable TV antenna this arrester keeps your equipment safe. It directs damaging surges away from your TV and modem during lightning storms. We suggest installing it as close to the equipment as possible to maximize safety.
75 Ohm Match
Impedance matches standard TV coaxial cables to prevent signal loss or reflection.
Multi-Strike Ready
Gas discharge tube handles multiple strikes providing long-term protection.
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10. Diamond Antenna SP3000 Lightning Arrester 200W – High Performance Premium
Diamond Antenna SP3000 Lightning Arrester 200W
N-Type Female Female
DC to 3000 MHz
200W power rating
1000 V discharge
The Diamond Antenna SP3000 is a high performance lightning arrester designed for ham radio antennas. It supports a frequency range from DC to 3000 MHz covering most amateur radio bands. The 200W power rating makes it suitable for higher power transmission setups.
Pros
- High power handling
- Wide frequency range
- Reliable performance
- Built for ham radio
Cons
- Expensive compared to others
- Heavy duty size
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Its impulse wave discharge capability is rated at 1000 V providing robust protection against surges. The N-Type Female connectors match many base station antennas and coaxial setups. It is built to be a reliable surge protector for your antenna system in outdoor conditions.
The price is significantly higher than basic models which reflects its premium build quality and capacity. It is a heavy duty unit which might require sturdy mounting hardware. For serious operators these trade-offs are well worth the extra cost and protection offered.
If you operate a high power base station this arrester offers the best protection available. It ensures your equipment stays safe during severe weather events. We recommend it for operators who prioritize reliability and performance over budget.
High Power Capacity
200W rating allows it to handle high power transmission without failure.
Wide RF Range
Supports frequencies from DC to 3000 MHz for most ham radio applications.
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Buying Guide – How to Choose the Best Antenna Lightning Arrestor
Selecting the right antenna lightning arrestor involves understanding several technical factors that ensure compatibility and effectiveness.
Connector Type
The connector type must match your existing coaxial cables and equipment to avoid signal loss. Common types include N-Type SO-239 PL-259 and F-Type depending on your device. Always check the male and female configurations before buying to ensure a proper fit.
Ensure the connectors match your cable ends to maintain a tight and reliable connection.
Impedance
Impedance matching is critical to prevent signal reflections that can degrade performance. Most RF systems use 50 Ohm impedance while TV systems often use 75 Ohm. Using a mismatched device can cause standing waves and reduced signal quality.
Always verify your system impedance matches the arrestor to avoid signal issues.
Frequency Range
The frequency range determines which devices the arrestor can protect effectively. Some units cover narrow bands like CB or Ham while others support widebands for cellular and WiFi. Check the DC to maximum MHz rating to ensure it covers your operational frequency.
Select a device with a frequency range that encompasses your operational bands.
Insertion Loss
Insertion loss measures how much signal strength is lost passing through the device. Lower values like 0.3 dB are preferable to maintain strong signal quality. High insertion loss can reduce the range and clarity of your communications.
Look for low insertion loss values to ensure minimal signal degradation.
Grounding Requirements
All effective arrestors require a grounding path to divert energy safely away from your gear. Some units include a ground lug while others need a screw or clamp connection. Without proper grounding the device cannot shunt the surge to earth effectively.
Ensure you have a proper grounding path ready before installing the arrestor.
Weather Resistance
Since these devices are often installed outdoors they must resist corrosion and weather damage. Look for materials like brass nickel plating or weather-resistant coatings. This ensures the unit lasts for years without degrading in harsh environments.
Choose outdoor rated units with corrosion resistant materials for longevity.
Surge Capacity
Surge capacity refers to how much energy the device can handle before failing. Units with higher voltage discharge ratings and multi-strike capability offer better protection. This is vital for areas prone to frequent or severe thunderstorms.
Opt for units with high voltage discharge ratings for better surge protection.
Install Ease
Simple installation ensures you can set up the device correctly without complex tools. Bulkhead or panel mountable designs offer flexibility for different mounting scenarios. A user-friendly design helps ensure a secure and effective setup.
Select models with straightforward mounting options to simplify the setup process.
How to Use and Care for Your Antenna Lightning Arrestor
Install the arrestor as close to the protected equipment as possible to minimize exposure. Connecting it right at the entry point of the cable into the building is best practice. This ensures surges are diverted before they travel far into your setup.
Always attach a grounding cable to the device and bond it to your earth ground system. A solid ground connection is the most important part of the safety system. Use a heavy gauge wire to ensure the path has minimal resistance.
Check the connections regularly for signs of corrosion or looseness especially after storms. If the device has a replaceable element replace it after a major surge event. Regular maintenance ensures it continues to function when you need it most.
Frequently Asked Questions
Do all antenna lightning arrestors include a grounding cable?
No most devices do not include the grounding cable. You must purchase and install a separate wire to connect the device to earth ground. This ensures the surge can flow safely away from your equipment.
Can I use a 50 Ohm arrestor on a 75 Ohm TV antenna?
It is not recommended as mismatched impedance causes signal reflections and loss. You should choose a 75 Ohm model specifically designed for TV and satellite systems. Using the wrong impedance may ruin your picture quality.
Does an arrestor guarantee protection from direct lightning strikes?
No an arrestor helps but does not guarantee safety from a direct hit. It diverts energy from surges but a direct strike may still overwhelm it. Always use a comprehensive grounding system for best results.
How often should I replace my lightning arrestor?
Replace it after a significant surge event or if you see visible damage or corrosion. Some models have replaceable tubes so check if yours is serviceable. Regular checks help keep it functioning properly over time.
Why is insertion loss important in these devices?
Insertion loss affects your signal strength and clarity. High loss weakens your signal which can lead to dropped connections or poor reception. Choose devices with low loss values like 0.3 dB to maintain quality.
Can I use these devices indoors or do they need to be outside?
While some can be used indoors they are most effective when installed outside near the antenna. This prevents surges from entering your building entirely. Always prioritize an outdoor installation if possible.
Final Thoughts on Choosing the Best Antenna Lightning Arrestor
In this guide we reviewed ten top models ranging from basic budget options to premium high-performance units. Each device offers unique benefits suited for different applications like Ham radio cellular and TV setups.
When selecting a unit prioritize impedance matching frequency range and grounding capability to ensure safety. A proper installation with a solid ground path is just as important as the device itself.
We recommend checking current availability and terms before purchasing to ensure you get the best value. Always verify your cable types and mounting needs to find the perfect fit for your system.